Cu_cddm.mat
31b31f0a6ae6efficient_neuronet

Cu_cddm.mat
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			#=====================================================
			material Vacuum metal
			#### two temperature ####################
			#### drift diffusion #####################
			electric_field linear
			#permittivity 1.0
			permittivity 1.085 # estimate based on speed of light in Cu and Cu's relative permeability of 1
			end
			end
			#=====================================================
			material Cu metal
			heat_capacity constant
			capacity 0.211977459280654
			end
			heat_flux linear
			conductivity 67.4479848
			end
			electron_heat_capacity linear no_density
			#capacity 6.8439866929411762e-05 # value from TTM paper divided by bulk electron density in Cu
			capacity 5.8294334393503992e-05 # source 96.8 J m^-3 K^-2 in Lin & Zhigilei 08 (ref 47), converted to AtC units and divided by bulk electron density in Cu, NOTE: should not be multiplied by electron effective mass, only electron number density
			end
			electron_heat_flux linear
			conductivity 441.362750535
			end
			electron_phonon_exchange hertel
			debeye_temperature 343.5 # source wikipedia
			mass_enhancement 0.08 # source Hertel 2002, ref 62
			end
			electric_field linear
			permittivity 1.085 # estimate based on speed of light in Cu and Cu's relative permeability of 1
			end
			effective_mass constant
			inv_effective_mass 0.8997 # source: Tolman & Stewart, 1916
			end
			electron_drag linear
			inv_momentum_relaxation_time 100. # order of magnitude estimate for metals ~ 10^-14 s
			end
			electron_flux convection
			end
			end
			electron_recombination linear
			inv_relaxation_time 0.0
			equilibrium_carrier_density 0.0
			end
			end